innovative biomanufacturing
innovative biomanufacturing
Revolutionizing Bioprocessing: Boost Production and Achieve Scalability
🔍 Upstream bioprocessing can be more intense and stable with holistic monitoring and control technologies. 🔬 Experts discuss platforms for industrializing cell therapy, machine-learning-assisted clone selection, microbioreactors for modeling large-scale processes, and streamlined process analytical technology. 📊 These options can boost production and achieve a state of readiness in biomanufacturing. 🚀 The goal is to have a reliable and scalable platform from the start. 🧪 Artificial intelligence can help predict clone performance in intensified processes. 🌱 Clones optimized for fed-batch processes may not be ideal for perfusion processes. ⚙️ True perfusion processes should start with clones optimized for perfusion conditions.
Revolutionizing Biomanufacturing: Data Management is Key
📊 Biomanufacturing must rethink data management to keep up with the increasing complexity and volume of data generated in the industry. 🏭
Sartorius and NVIDIA Revolutionize Drug Discovery with AI
📰 Sartorius teams up with NVIDIA to revolutionize drug discovery and manufacturing using AI-powered computing platforms and software. 🧪🖥️💊💡🦠🔬
Scientists Transforming Fermentation Waste into Valuable Materials
🔍 Teesside University scientists ♻️ are researching how to turn fermentation byproducts into valuable char-based materials. 🌱🌍 CircularEconomy
Revolutionary Ribosome Engineering: Lowering Drug Costs and Fueling the Bioeconomy
💡 Ribosome pool engineering 💊🌱🧬 can transform the bioeconomy by increasing protein synthesis yields and lowering drug manufacturing costs. 🔬🚀
University of Delaware’s Groundbreaking Biomanufacturing Hub Boosts Economic Growth and Innovation
🏗️ The University of Delaware breaks ground on the SABRE Center, a biomanufacturing facility, to boost economic growth in biopharmaceuticals. 💼💰💡🌍🏭💪
Fujifilm Invests $12B to Create Massive Biopharmaceutical Facility in North Carolina
📢 Fujifilm invests $1.2B to expand North Carolina CDMO, adding 8 bioreactors and becoming a top biopharmaceutical facility. 🏭💰💼🌍
Revolutionizing Bioprocessing with Integrated Microfluidics
📝 Bioprocessing can benefit from the integration of microfluidic devices, similar to how integrated circuits transformed computing. 🌡️ Microfluidics offer advantages such as testing multiple variables quickly and using low reagent levels. 🧪 Researchers developed an integrated microfluidic device for continuous bioprocessing, allowing for the screening and optimization of multiple conditions. 🔬 The device demonstrated consistent production of green fluorescent protein (GFP) over eight days. ⏱️ Integrated microfluidic devices have the potential to revolutionize biomanufacturing with rapid screening and optimization capabilities.
IIT Madras Teams Up with Vellon Space to Revolutionize Biomanufacturing in Space
🚀 IIT Madras partners with Vellon Space to advance biomanufacturing in microgravity, revolutionizing cell culture in space.
Agathos Launches Game-Changing rAAV Service: Ethical Cell Line Revolutionizes Biomanufacturing
🔍 Agathos Biologics launches rAAV production service using AE1-BHK cell line, records first sale to Genovac. 💡✅🔬🌐
